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3-1 

INSTALLATION AND OPERATION INSTRUCTIONS

 

 

 

INSTALLATION

 

 

Install the tester as follows: 
 
1.   Turn the main 

Power

 switch off (out position, non-illuminated). 

 

2.   Turn the 

High Voltage

 power switch off (out position, non-illuminated). 

 

3.   Connect the 

AC Line

 cord to a 115 Volt source. 

 

4.   Make necessary grounding connections. 

 

5.   Set all switches and controls present on your tester as listed below for initial start-up: 

 

Raise Voltage

 

 

 

0 (zero) 

 

Ammeter/Megohm

 Range   

X1/5000 

 

Ground Jumper

 

 

 

Jumped to Return or Guard as required by test 

 

KV Meter

   

 

 

6 kV 

 

Current Trip

 

 

 

Mid-range 

 

6.   Connect the test leads to the specimen to be tested.  See Test Lead Connections section for 

information on how to connect the test leads. 
 

OPERATION 
 

1.   Turn the unit on by pressing the 

Power

 switch.  The switch will illuminate and remain 

recessed. 
 

2.   Energize the High Voltage power supply by pressing the 

High Voltage

 power switch.  The 

switch will illuminate and remain recessed. 
 
NOTE:  If the 

Raise Voltage

 control has not been set to 

zero

, the overcurrent alarm will 

sound.  To silence this alarm insure that the raise voltage control is in its full counter- 
clockwise position. 
 

3.   Rotate the 

Raise Voltage

 control clockwise until the desired test voltage is observed on the 

Kilovolt

 meter.  Maintain output voltage at the desired level for the required amount of time.  

If the test was initiated on the 

6

 scale and a more accurate voltage reading is required (3 kV 

or below), select 

3

 on the 

KV Meter

 range switch. 

 
NOTE:  If an overcurrent condition is encountered before required test voltage is reached and 
it is desirable to achieve a higher test voltage, adjust the 

Min-Max

 to a more clockwise 

position. 

 

Summary of Contents for PM6

Page 1: ...OPERATIONS AND APPLICATIONS MANUAL MODEL NUMBER PM6 6 KV DC HIGH POTENTIAL TESTER WITH MEGOHMMETER Version 1 0...

Page 2: ......

Page 3: ...N NOTES DESCRIPTION SPECIFICATIONS CONTROLS AND CONNECTIONS 2 FRONT PANEL CONTROLS AND METERS INPUT OUTPUT CONNECTIONS INSTALLATION AND OPERATION INSTRUCTIONS 3 INSTALLATION OPERATION TEST LEAD CONNEC...

Page 4: ...e Test Equipment have been listed below for your reference Become familiar with your instrument before performing an actual test Know your work area check that all circuits are de energized and locked...

Page 5: ...to keep non essential personnel away from the test site 7 When testing cables the conductors at the distant end should be isolated from each other and taped 8 When testing a faulted cable it is advisa...

Page 6: ...f motors cables and transformers Input 120 Volts AC 50 60 Hz single phase 3 Amps or 220 Volts AC 50 60 Hz single phase 15 Amps Output 0 6 kV DC continuously adjustable with manual control Negative Out...

Page 7: ...meter The currentmeter range is selected by the five position rotary switch The switch setting indicates the full scale current of the currentmeter and the megohmmeter multiplier The table below shows...

Page 8: ...highest level full clockwise approximately 110 of full scale current will be allowed At its lowest level full counterclockwise approximately 10 of full scale current will be allowed before shutdown I...

Page 9: ...IONS continued AC Line This cord supplies input power to the tester Output This test lead with clip and insulation boot supplies the testers output to the apparatus under test Fuse If this protective...

Page 10: ...pressing the Power switch The switch will illuminate and remain recessed 2 Energize the High Voltage power supply by pressing the High Voltage power switch The switch will illuminate and remain recess...

Page 11: ...reading must be multiplied by 4 Similarly if a test voltage of 1 kV is used on the 5 kV scale the corresponding upper megohm scale reading and range multiplier result must be multiplied by 2 NOTE Be...

Page 12: ...meter 3 Any current flowing through the test lead attached to the Guard terminal on the tester will never be measured by the DC Microammeter 4 Current flowing through the test lead attached to the Gro...

Page 13: ...nal to the Test Set depending on the design Nothing is connected to the Guard Both stray leakage to earth ground and leakage through the Test Specimen is indicated on the current meter This configurat...

Page 14: ...ed on the current meter Any current associated with the Guard bypasses the current meter Leakage current through the test specimen is indicated on the current meter Stray leakage to earth ground is no...

Page 15: ...4 1 SCHEMATIC Drawing Number Description 01 P124 PM6...

Page 16: ......

Page 17: ...0 LABEL HV ON 1 PROTECTIVE GROMMET 1 SW3 SW4 SWITCH ROTARY 2 POLE 2 1863047 KNOB FOR ROTARY SWITCH 2 1355310 R23 POT 10K SENSITIVITY ADJ 1 1761092 KNOB FOR ABOVE POT 1355305 ASSY NO 7209900500 SECTION...

Page 18: ...1116901 SECTION 02 PCB1169 PM6 MAIN PCB 1169 1 1111690 T1 TRANSFORMER ST 4 24 24V CT 120V PRI 1 1894335 K1 RELAY 12VDC COIL 1 1701035 K2 RELAY 120VAC COIL 4PDT 1 1701300 SOCKET 1 1157340 WIRE BALE 1 1...

Page 19: ...1 1712405 R23 RES 1 5M 1 4W 1 1 1735140 R10 11 33 39 RES 1K 1 1 4W MF 4 1722082 R15 100 OHM 1 4W 1 2 1720180 R19 RES 14 5K 5W 1 1 1722200 R24 22K 1 4W 1 MF 1 1722587 R25 RES 110K 1 4W 1 MF 1 1734110 R...

Page 20: ...g parts to include the serial number of the unit as well as the part number of the replacement part When your purchase order is received at our office a representative of Phenix Technologies will cont...

Page 21: ...for Return Cause of Defect If Phenix Technologies Inc deems return of the part appropriate it will then issue an Authorization for Return If return is not deemed advisable other inspection arrangement...

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